ES2295748T3 - CONFIGURATION OF SIGNALING RADIO CARRIER INFORMATION IN A PROTOCOL BATTER OF A USER TEAM. - Google Patents

Abstract

In accordance with the teachings described herein, systems and methods are provided for configuring signaling radio bearer information in a user equipment protocol stack. A wireless network may be used that includes a radio access network for transmitting information between a user equipment device and a core network. An instruction may be received to generate a signaling radio bearer configuration information element (IE) that includes configuration information for a pre-selected number of signaling radio bearers. The signaling radio bearer configuration IE may then be generated, while ensuring that the signaling radio bearer configuration IE includes configuration information for a required minimum number of signaling radio bearers. The signaling radio bearer configuration information element may be transmitted from the radio access network to the user equipment device for use in configuring the signaling radio bearers in the user equipment device.

Description

Bearer information configuration of signaling radio in a protocol stack of a computer Username.

Technical field

The technology described in this patent is refers generally to the field of communication systems mobile. More specifically, the patent describes a system and a method to configure radio bearer information from signaling in a protocol stack of a user equipment.

Background

The UMTS (universal telecommunications system mobile) is a public mobile telecommunications system Third generation land. Various entities of standardization publish standards for UMTS, each in its respective fields of competence. For example, the 3GPP (Project of Third Generation Association) publishes standards for UMTS based on GSM (global mobile telecommunications system) and W-CDMA (multiple access by code division of broadband), and 3GPP2 (Third Party Association Project Generation 2) publishes standards for UMTS based on CDMA2000 (multiple access by code division). The standard document 3GPP TS 25.331 refers to the description of the control protocol of radio resources (RCC).

EP 1420551 A2, which refers to a MBMS multimedia broadcast / multicast service, announces the establishment of a plurality of SRB between the UE and the RNC. By For example, 4 SRBs are established between the UE and the RNC. Notify all UEs a message format that determines a format of the SRB between the UE and the RNC.

The document "A subset of the ISDN network layer protocol suitable for implementation in hardware", by JJ Brown et al ., IEEE, 1988, refers to the processing of ISDN signaling messages. Verifications of missing mandatory elements or illegal information contained in legal messages are carried out, based on the types of information elements.

Summary

Depending on the content of this report, disclose systems and methods to configure information on Radio signaling carrier. A network can be used wireless that includes a radio access network to transmit information between a user equipment device and a network central. An instruction can be received to generate an item radio carrier configuration information (IE) signaling that includes configuration information for a preselected number of signaling radio bearers. From in this way, the information element of radio signaling carrier configuration, ensuring that the radio bearer configuration information element of signaling includes configuration information for a number minimum required of signaling radio bearers. The element of radio bearer configuration information from signaling can be transmitted from the radio access network to the user equipment device for use in the configuration of signaling radio bearers in the User equipment device.

A configuration information element (IE) Radio signaling carrier can be received by the User equipment device, and include information from configuration for a preselected number of radio carriers Signaling. The user equipment device can determine if the configuration information element of Radio signaling carrier received includes information from configuration for a minimum required number of carriers of signaling radius If the information element of Radio signaling carrier configuration received no includes configuration information for the minimum number radio signaling carrier required, the device user team can identify the information element of radio signaling carrier configuration received as a anomalous information element.

Brief description of the drawings

Figure 1 is a block diagram that shows a typical third generation (3G) wireless network;

Figure 2 is a block diagram of a network typical central;

Figure 3 is a diagram showing the architecture of a typical UMTS control plane between a user equipment device and an SGSN;

Figure 4 is a block diagram that shows an example of a list information element of radio signaling carrier information to be established to configure signaling radio bearers in the RRC layer of a user equipment device;

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Figure 5 shows an example of an element of radio carrier information list information of signaling to establish nonconforming, which specifies incorrectly the same signaling radio carrier (SRB1) twice;

Figure 6 shows another example of the element of radio carrier information list information of signaling to establish nonconforming, which does not include information configuration for a signaling radio carrier necessary;

Figures 7 to 9 show three methods of example to configure radio bearer information from signaling in a protocol stack of a user equipment; Y

Figure 10 is a block diagram that shows an example mobile communication device that can be used as the user equipment device described in the present memory

Detailed description

Referring in this case to the drawings, Figure 1 is a block diagram showing a network Typical third generation (3G) wireless. Wireless network includes a terrestrial radio access network (UTRAN) of a system Universal Mobile Telecommunications 100 (UMTS) connected to through an ATM trunk connection 120 to a central network 140. A plurality of device devices is also shown. user 110 who can communicate wirelessly through the wireless network.

The UTRAN 100 includes multiple stations of base 115 (referred to as Nodes B), of which only two are shown, for wireless communication by radio waves on the Uu interface with the devices of user equipment 110. Depending on the capacity of a UTRAN 100 specific, an RNC 130 can support several Nodes B 115 of same mode or several B nodes that work in different modes. The ATM trunk connection 120 (asynchronous transfer mode) connect the various components of UTRAN to each other, and connect the UTRAN 100 to the core network 140.

Figure 2 is a block diagram of a network Central 140 typical. A device device is also shown user 110, which cooperates with the UTRAN 100 to communicate with the core network 140 through an ATM trunk connection 120. In operation, packets with switching can be sent and received of circuits (CS) through an adaptation unit of transcoder / speed 210 (TRAU), which transforms packets of UMTS voice in standard packages for a mobile switching center 212 (MSC) for the purpose of transmitting voice over a telephone network Public Switched 226 (PSTN). In addition, they can be sent and received packet-switched packets (PS) through a node of support 216 (SGSN) of GPRS (general radiocommunication service packet), a private IP trunk connection 218, a node of Support GPRS gateway 220 (GGSN), and an external packet network 224

A central network 140 is also included visitor position record 222 (VLR) and a record of base position / authentication center 214 (HLR / AuC). VLR 222 stores the information of the user equipment 110 necessary for the call handling and other functions in a field of associated service. The HLR / AuC 214 stores permanent records which are used to identify user equipment 110, and also can store temporary records, such as SGSN addresses and VLR.

In a typical 3G wireless network, they are used three sets of protocols to transmit data between the UTRAN and a user equipment device: the plane protocols of control, user plane protocols and protocols User plane of transport network. The plane protocols of user implement a radio bearer service transporting data through the access stratum. The plane protocols of control are used to control radio access bearers and the connection between the UTRAN and the user equipment.

Figure 3 is a diagram showing a architecture of a typical UMTS control plane 300 between a User equipment device and an SGSN. The architecture of control plane 300 includes a plane protocol stack of User equipment control 310, a plane protocol stack of RNC 320 control and a control plane protocol stack of SGSN 330. Specifically, the RRC 312 layer is responsible for the general control of the radio resources of the device device of user. Among other radio resource control functions, Layer RRC 312 is responsible for the establishment, reconfiguration and release of radio bearers (i.e. services for transfer data between the user equipment and the UTRAN). It does reference to radio carriers available for transmission RRC messages as "signaling radio bearers", and are configured by the UTRAN in an information element (IE) of list of radio signaling carrier information by establish that it is transmitted from said UTRAN to the RRC in the User equipment device.

In International Mobile Telecommunications-2000 (IMT-2000), a standard published by the International Telecommunications Union (ITU), and in 3GPP standards documents published by the Third Generation Association Project (3GPP?) , including the documents of 3GPP TS 23.101, 3GPP TS 25.301, 3GPP TS 25.331 and 3GPP TS 25.401 standards, a more detailed description of a typical 3G wireless network is found, as illustrated in Figures 1 to 3.

Figure 4 is a block diagram 400 that displays an information item of information list of radio signaling carriers to be set 430 for configure signaling radio bearers in the RRC 412 layer of a user equipment device 410. The information list of signaling radio bearers to establish 430 is transmitted from the UTRAN 420, and includes a set of elements of information 432 for each radio signaling carrier (SRB) to configure. The list information element of radio signaling carrier information to be established 430 can be, for example, a list in which each element has The following ASN structure. one:

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100

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According to the 3GPP TS 25.331 standards document, it is necessary to configure three signaling radio bearers (SRB1-SRB3) for use with messages sent on a dedicated control channel (DCCH), being a Radio signaling carrier (SRB4) optional. According to standard documents, SRB 1 will be used for all messages sent in the DCCH when using a mode without RLC-UM receipt confirmation from RLC. SRB2 se will be used for all messages sent in the DCCH when use a mode with RLC reception confirmation, except for RRC messages that carry a higher layer (NAS) signaling. SRB3, and optionally SRB4, will be used for RRC messages that they carry a higher layer (NAS) signaling and are sent in the DCCH in a mode with RLC reception confirmation.

Information element sets 432 transmitted in the radio carrier information list of signaling to establish 430 from the UTRAN 420 are used by RRC 412 to configure the radio bearers of signaling. The information elements in sets 432 may include a carrier identity information element radio, an information element RLC Info and an element of RB Mapping Info information. The information element of radio carrier identity is used to identify what Radio signaling carrier (SRB1-SRB4) will be configured for each set of information elements 432. The RB Mapping Info and RLC Info information elements are used to configure the signaling radio carrier identified by the radio bearer identity information element. From more specifically, the RB Mapping Info information element is used to configure multiplexing options for the radio signaling carrier identified, and the element of RLC information Info is used to configure the entities of RLC transmission and reception for the radio carrier of signaling identified.

If the list information element of radio signaling carrier information to be established 430 is included in an RRC connection establishment message since UTRAN 420, the standards require that the element of information 430 configure each of the SRB1 to SRB3, and optionally the SRB4. That is, each of the SRB1 to SRB3, and optionally SRB4, must be identified and configured by the carrier information list information element of signaling radius to be set 430. However, the figures 5 and 6 show two examples of list information elements of radio signaling carrier information to be established non-conforming 510, 610 that do not include information on proper configuration.

Figure 5 shows an example of an element of radio carrier information list information of signaling to establish nonconforming 510 that specifies so not the same signaling radio carrier (SRB1) two times. In this example 500, the list information element of radio signaling carrier information to be established Nonconforming 510 includes four sets of elements of information 512, 514, 516, 518. Two of the sets 512, 514 include bearer identity information elements of radio that specify the same signaling radio carrier SRB1. The other two sets of information elements 516, 518 Specify SRB2 and SRB3, respectively.

Figure 6 shows another example of an element of radio carrier information list information from signaling to establish non-conforming 600 that does not include configuration information for a radio carrier of necessary signaling. As described above, the standards documents require that radio bearers of SRB1 to SRB3 signaling be configured if the SRB 610 list is send in an RRC connection establishment message. Do not However, the information item of information list of radio signaling carriers to be established 600 shown only includes 612, 614 and 615 configuration information for SRB1, SRB3 and SRB4. It should be noted that if the information list of radio signaling carriers to be set 610 is included in a message other than a message setting RRC connection, standards do not require configuration of no SRB.

Figures 7 to 9 show three methods of example 700, 800, 900 to configure carrier information for signaling radio in a protocol stack of a computer Username. These example methods help ensure that Radio signaling carriers (SRB1-SRB4) are properly configured according to standard documents. Figure 7 is a method 700 that can be carried out in the UTRAN 420, and Figures 8 and 9 are 800 and 900 methods that can be carried carried out in a user equipment device 410.

Referring first to the figure 7, the method begins in step 710, when the UTRAN receives a instruction to start a list of carrier information from signaling radius to be set to configure a device of user equipment 410. In step 720, the UTRAN 420 processes the configuration information to ensure that the sets of information elements that will be included in the list of radio signaling carrier information to be established no specify the same signaling radio carrier twice, as shown in figure 5.

In step 730, the UTRAN 420 ensures that it does not missing radio bearer identity information elements from the list of signaling radio bearer information to be established, which could cause ambiguity regarding to 3G standards documents. The 3GPP standard document TS 25.331, version 3.10.0, includes two sections, 8.6.4.1 and 11.3, that refer to a situation in which elements of radio carrier identity information from the list of Radio signaling carrier information to be established. Section 8.6.4.1 requires that, in the event that an item is missing of radio bearer identity information (i.e. a SRB not numbered), the UE `` applies a default value of the item of information "RB identity" equal to 1 for the first information element of "radio carrier information of signaling to be set ", and increases the default value by 1 for each incident. '' However, section 11.3 of the document as standard requires that if the information element is missing "RB identity" of a list of carrier information from signaling radius to be set, the value no will be used Used smaller. In some cases, by applying Sections 8.6.4.1 and 11.3, results can be obtained different. Step 730 prevents UTRAN from creating a list of radio signaling carrier information to be established which would cause ambiguity between these sections 8.6.4.1 and 11.3 of the 3GPP standard document TS 25.331, version 3.10.0. This can be achieved by ensuring that the elements of radio carrier identity information (i.e. information elements "RB identity") for each bearer radio signaling configuration in the list of radio signaling carrier information to be established, or ensuring that no information element is included radio carrier identity in the information list of radio signaling carriers to be established.

In step 740, the UTRAN 420 ensures that settings are included in the information list of radio signaling carriers to be established for radio signaling carriers required (i.e. SRBs required by the applicable 3G standard). For example, the UTRAN 420 can ensure that each of the SRB1 to SRB3 has already been configured in the user equipment device 410, or that necessary configurations are included in the element of radio carrier information list information of signaling to be established. The list information element of radio signaling carrier information to be established It is then transmitted from UTRAN 420 to the User equipment device 410 in step 750.

Referring to figure 8, method 800 starts at step 810, when the user equipment device 410 receives an information item from information list of radio signaling carriers to be established from the UTRAN 420. In step 812, the user equipment device 410 determines whether the information item of information list of signaling radio bearers to be established specifies the same signaling radio carrier (SRB) twice, such as shown in figure 5. If so, the method identifies the information item received as a list of information from radio signaling carriers to be invalid or defective in step 818. However, if two SRBs are not identified more than once in the information list of radio signaling carriers to be established, the method proceeds to execute step 814.

In step 814, method 800 determines whether some element of carrier identity information is missing from signaling radius of the carrier information list of signaling radius to be established, which could cause a ambiguity with regard to sections 8.6.4.1 and 11.3 of the document 3GPP standard TS 25.331, version 3.10.0, as described previously referring to figure 7. If so, the method 800 identifies the element of information received as a list of radio signaling carrier information by set invalid or failed at step 818. Instead, if not omit any element of carrier identity information from signaling radius that may cause ambiguity with With respect to 3G standard documents, the method proceeds to execute step 816.

In step 816, method 800 determines whether the list of radio signaling carrier information by set includes configuration information for all radio signaling carriers required (i.e. SRBs required by the applicable 3G standard) that have not yet been configured on user equipment device 410. If it is not including configuration information of all SRBs required, method 800 identifies the information element received as a list of radio carrier information from signaling to establish invalid or anomalous in step 818. In change, if all configuration information is included the necessary SRBs in the list of radio carrier information signaling to establish received, the information of configuration is used to configure the radio bearers of signaling in step 820.

If the list information element of radio signaling carrier information to be established received is identified as invalid or anomalous in step 818, the method 800 processes the information element according to a default procedure in step 822. For example, according to 3G standards, the user equipment device can inform of an invalid or anomalous information element to UTRAN and receive a new RRC connection establishment message, or You can return to a waiting state without notifying UTRAN on Invalid or anomalous information element.

Referring in this case to Figure 9, another example method 900 starts at step 910 when a list of signaling radio bearer information to be established it is received by a user equipment device 410. In the step 912, the user equipment device 410 determines if the carrier information list information element of signaling radius to be established received specifies the same Radio signaling carrier (SRB) twice, as shown in figure 5. If two SRBs are not identified more than once in the list of information of signaling radio bearers to be established, the method proceeds to execute step 914. In change, if multiple incidents of a SRB are identified in the step 912, the method solves the anomalous information element using a predefined criterion in step 920. For example, if an SRB has been included twice, the device device user 410 can define one of the incidents (that is, the first or last incident) as the configuration to use in stage 920, ignoring all other incidents. With the resolution of multiple SRBs, the method proceeds to execute the Stage 914

In step 914, method 900 determines whether some element of carrier identity information is missing from signaling radius of the carrier information list of signaling radius to be established, which could cause a ambiguity with regard to sections 8.6.4.1 and 11.3 of the document 3GPP standard TS 25.331, version 3.10.0, as described previously referring to figure 7. If not, the method proceeds to execute step 916. However, if they have been omitted one or more identity information elements of radio signaling carrier, which could cause a ambiguity regarding the standard 3G documents, the method 900 solves the anomalous information element using a predetermined criterion in step 922. For example, the criterion default 922 can instruct the UE to resolve the missing SRB identity information element or elements using the default values set in the sections 8.6.4.1 and 11.3 of the 3GPP standard document TS 25.331, version 3.10.0.

In step 916, method 900 determines whether the list of radio signaling carrier information by set includes configuration information for all radio signaling carriers required (i.e. SRBs required by the applicable 3G standard) that have not yet been configured in the user equipment device 410. If it is including all necessary SRB configuration information, method 900 proceeds to configure the radio bearers of signaling in step 918. On the other hand, if the configuration information for one or more required SRBs, the method solves the anomalous information element by selecting default settings for one or more SRBs in the step 924. When solving the configuration error of items that missing in step 924, method 900 proceeds to execute the stage 918 to configure the configuration radio bearers.

Figure 10 is a block diagram that shows an example of a 2100 mobile communication device that can be used as the user equipment device described previously. The mobile device 2100 includes a subsystem of process 2138, a communications subsystem 2111, a subsystem of 2140 short-range communications, a memory subsystem 2124, 2126, and other subsystems of devices and / or modules 2142 software. The 2100 mobile device also includes an interface of user, which can include a 2122 screen, a serial port 2130, a keyboard 2132, a speaker 2134, a microphone 2136, one or more auxiliary input / output devices 2128, and / or others user interface devices.

Process subsystem 2138 controls the general operation of the 2100 mobile device. The software of the operating system executed by process subsystem 2138 can be stored in permanent memory, such as flash memory 2124, although it can also be stored in other types of memory devices in the memory subsystem, such as a read-only memory (ROM) or a storage item Similary. In addition, the system software, applications specific device, or parts thereof, can be charged temporarily in a non-permanent memory, such as a memory of random access (RAM) 2126. Communication signals received by mobile device 2100 can also be stored in RAM 2126

The process subsystem 2138, in addition to its operating system functions, allows application execution  of software 2124 on device 2100. During manufacturing, a default set can be installed on device 2100 of applications that control basic device functions, such as data and voice communications. In addition, it can be installed on the device a personal information manager application (PIM) that includes an electronic message application. By For example, the PIM can be used to organize and manage elements of data, such as email items, events, voice messages, meetings and tasks. The application PIM can also be used to send and receive data items over the 2119 wireless network.

Communication functions, including data and voice communications are carried out through the communications subsystem 2111 and possibly through the 2140 short-range communications subsystem. The subsystem 2111 communications includes a 2112 receiver, a 2114 transmitter and one or more antennas 2116, 2118. In addition, the subsystem of communications 2111 includes a process module, such as a 2120 digital signal processor (DSP) or other devices process, and local oscillators (LO) 2113. The specific design and the 2111 communications subsystem implementation depend on the communication network in which the mobile device 2100. For example, a mobile device 2100 can include a 2111 communications subsystem designing for operate in the Mobitex? mobile communications system, in  the DataTAC? mobile communications system, in a network GSM, a GPRS network, a UMTS network and / or an EDGE network.

Network access requirements vary Depending on the type of communications system. For example in Mobitex and DataTAC networks, mobile devices are registered on the network using a personal identification number or unique PIN associated with each device. However, in UMTS networks and GSM / GPRS network access is associated with a subscriber or user of a device Therefore, a GPRS device requires a module of subscriber identity, commonly called SIM card, to effects of operating in a GSM / GPRS network.

When the procedures have been completed activation or network registration required, mobile device 2100 can send and receive communication signals over the network communication 2119. The signals received by antenna 2116 from the communication network 2119 is directed to the receiver 2112, which performs an amplification of the signal, a conversion of frequency decrease, filtering, channel selection, etc., and You can also perform an analog to digital conversion. The analog to digital conversion of the received signal allows to DSP perform more complex communication functions, such as demodulation and decoding. Similarly, the signals to be transmitted to the 2119 network are processed (for example, modulate and code) using DSP 2120, and then send to transmitter 2114 for conversion from digital to analog,  frequency increase conversion, filtering, amplification and transmission to the network or communications networks 2119 through the antenna 2118.

In addition to the communication signal process, the DSP 2120 controls the receiver 2112 and the transmitter 2114. For example, the profits applied to the signals of communication at receiver 2112 and transmitter 2114 can adaptively controlled through control algorithms of Automatic gain implemented in the DSP 2120.

In a data communication mode, a signal received, such as a text message or a downloaded web page, it is processed by communications subsystem 2111 and enter in process device 2138. Next, the Received signal is further processed in the device process 2138 and is sent to a 2122 screen or, so alternative, to another auxiliary input / output device 2128. A Device user can also compose data items, such as emails, using a 2132 keyboard and / or other auxiliary input / output devices 2128, such as a touch panel, a switch, a finger operated wheel or Other type of input device. Then the elements of composite data can be transmitted over the network of communications 2119, through the communications subsystem 2111

In a voice communication mode, the overall operation of the device is substantially similar to  data communication mode, except for the fact that Received signals are sent to a 2134 speaker, and the signals for transmission they are generated in a 2136 microphone. In the 2100 device can also be implemented subsystems of alternative voice / audio input / output, such as subsystems Voice message log. In addition, the 2122 screen also can be used in voice communication mode, for example, to show the caller's identity, the duration of a call, or other related information connection the call voice.

The short-range communications subsystem 2140 allows communication between the mobile device 2100 and other nearby systems or devices, which are not necessarily similar devices For example, the subsystem of 2140 short-range communications may include a device infrared and associated circuits and components, or a module BluetoothTM communication to establish communication with systems and devices with similar characteristics.

This description uses examples to publicize the invention, including the best mode, and also to allow a subject matter expert to perform and use said invention.

Claims (29)

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1. Method, in a wireless network that includes a radio access network (100) to transmit information between a user equipment device (110) and a central network (140), to configure signaling radio bearers in the user equipment device, said method comprising:

receive a instruction to generate (710) an IE information element of radio signaling carrier configuration (510) that includes configuration information for a preselected number of signaling radio bearers;

generate the radio carrier configuration information element of signaling, ensuring that the information element of Radio signaling carrier configuration includes configuration information for a minimum required number of radio signaling carriers (740); Y

transmit (750) the radio bearer configuration information element of signaling from the radio access network (100) to the User equipment device (110) for use in the configuration of signaling radio bearers in the User equipment device (110).

2. Method according to claim 1, which It also includes:

ensure that Each signaling radio carrier is not configured more than one time.

3. Method according to claim 2, wherein the configuration information for each radio carrier of signaling is identified by an IE information element of radio carrier identity. 4. Method according to one of claims 1 to 3, in which the generation stage further comprises:

ensure that the configuration information for each signal radio carrier is identified by an IE information element of identity of radio carrier or that configuration information does not include no bearer identity information element of radio.

5. Method according to one of claims 1 to 4, in which the configuration information element of Radio signaling carrier is a list of information of signaling radio bearers to be established, which is transmitted to the user equipment device in a message from RRC connection establishment. 6. Method according to one of claims 1 to 5, in which the wireless network is a third-party wireless network 3G generation 7. Method according to claim 6, wherein The wireless network includes a terrestrial radio access network UTRAN of a universal mobile telecommunications system UMTS 8. Method according to claim 7, wherein the radio bearer configuration information element of signaling is generated by the UTRAN and is transmitted from the UTRAN to the user equipment device. 9. Method according to one of claims 1 to 8, in which the minimum required number of radio bearers of signaling includes a first signaling radio carrier SRB1 that is used for all messages transmitted on a channel dedicated DCCH control when using a mode without confirmation RLC-UM radio link control receiver RLC, a second SRB2 signaling radio carrier that is used for all messages transmitted on the DCCH when use a mode with RLC reception confirmation except for RRC radio resource control messages that carry a upper layer signaling, and a third radio carrier of SRB3 signaling that is used for RRC messages that carry a upper layer signaling and that are sent in the DCCH in a mode with RLC reception confirmation. 10. Method according to one of claims 8 a 9, in which the configuration information includes an element of RLC Info information and an RB Mapping information element. 11. Method, in a wireless network that includes a radio access network (100) to transmit information between a user equipment device (110) and a central network (140), to configure signaling radio bearers in the user equipment device, said method comprising:

receive (810) a information element IE radio carrier configuration of signaling (510) with the user equipment device, including the carrier configuration information element Radio signaling configuration information for a number preselected signaling radio bearers;

determine (812) if the configuration information for more than one carrier of signaling radius is identified by the same element of IE signaling radio bearer identity information; Y

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yes the configuration information for more than one radio carrier of signaling is identified by the same IE information element radio signaling carrier identity, identify (818) the carrier configuration information element of signaling radius received as an information element anomalous.

12. Method according to claim 11, which It also includes:

yes the configuration information for more than one radio carrier of signaling is identified by the same IE information element radio signal carrier identity, select a Identity case Radio signaling carrier ID over the basis of a pre-selected criterion.

13. Method according to claim 11, which It also includes:

yes the configuration information for more than one radio carrier of signaling is identified by the same IE information element Bearer radio signaling identity, reject the radio signaling carrier information element received, transmitting a report from the device device user who identifies the anomalous information element and requests a new carrier configuration information element of signaling radius

14. Method according to one of claims 11 to 13, which also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it includes the same element of Identity information for more than one radio carrier of signaling, reject the configuration information element bearer radio signaling received and enter a state Standby.

15. Method according to one of claims 11 to 14, in which the configuration information for each carrier Radio signaling is identified by an element of IE signaling radio carrier identity information, which also includes:

determine if the radio carrier configuration information element of received signaling includes configuration information for a minimum number of signaling radio carriers required; Y

if the item of radio bearer configuration information from Signaling received does not include configuration information for the minimum number of radio signaling carriers required, identify the carrier configuration information element signaling radio received as an information element anomalous.

16. Method according to claim 15, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include information on configuration for the minimum number of radio carriers required signaling, configure signaling radio bearers not included using configuration settings by default.

17. Method according to claim 15, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include information on configuration for the minimum number of radio carriers required signaling, transmit a report from the device user equipment requesting a new information element from Radio signaling carrier configuration.

18. Method according to claim 15, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include information on configuration for the minimum number of radio carriers required signaling, ignore the configuration information element bearer radio signaling received and enter a state Standby.

19. Method according to one of claims 11 to 18, in which the configuration information for each carrier Radio signaling is identified by an element of IE signaling radio carrier identity information, which also includes:

determine if the Radio signaling carrier configuration received includes a radio carrier identity IE information element of signaling for each radio signaling carrier; Y

if the item of radio bearer configuration information from Signaling received does not include an IE information element of Bearer radio signaling identity for each carrier radio signaling, identify the information element of radio signaling carrier configuration received as a anomalous information element.

20. Method according to claim 19, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include an element of radio signaling carrier identity information for Each signaling radio carrier, transmit a report from the user equipment device requesting a new item of radio bearer configuration information from signaling.

21. Method according to claim 19, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include an element of radio signaling carrier identity information for Each radio signaling carrier, ignore the element of signaling radio carrier configuration information received and enter a waiting state.

22. Method according to claim 19, which It also includes:

if the item of radio bearer configuration information from Signaling received is identified as an element of anomalous information because it does not include an element of radio signaling carrier identity information for Each signaling radio carrier, assign default values for each of the identity information elements of radio signal carrier missing.

23. Method according to claim 22, in the that the default values are selected from a set of radio bearer identity information elements of signal starting with the first unused value. 24. Method according to claim 22, in the that the default values are selected based on the order that the signaling radio carrier occupies in the element of signaling radio carrier configuration information received. 25. Method according to one of claims 11 to 24, in which the configuration information element of Radio signaling carrier is a list of information of signaling radio bearers to be established, which is transmitted to the user equipment device in a message from RRC connection establishment. 26. Method according to claim 25, in the that the wireless network includes a terrestrial radio access network UTRAN of a universal mobile telecommunications system UMTS 27. Method according to claim 26, in the that the carrier configuration information element of signaling radius is generated by the UTRAN and is transmitted from the UTRAN to the user equipment device. 28. Method according to one of claims 11 to 27, in which the minimum required number of radio bearers of signaling includes a first signaling radio carrier SRB1 that is used for all messages transmitted on a channel dedicated DCCH control when using a mode without confirmation RLC-UM radio link control receiver RLC, a second SRB2 signaling radio carrier that is used for all messages transmitted on the DCCH when use a mode with RLC reception confirmation except for RRC radio resource control messages that carry a upper layer signaling, and a third radio carrier of SRB3 signaling that is used for RRC messages that carry a upper layer signaling and that are sent in the DCCH in a mode with RLC reception confirmation. 29. Method according to claim 28, wherein the configuration information includes an information element RLC Info and an RB Mapping information element.